STATISTICAL METHODS FOR EVALUATION OF SAFETY AND HEALTH STANDARDS IN WORKING ENVIRONMENTS.

R. B. Schainker; Y. Bar-Shalom; A. Segall; A. J. Tether

STATISTICAL METHODS FOR EVALUATION OF SAFETY AND HEALTH STANDARDS IN WORKING ENVIRONMENTS.

R. B. Schainker, Y. Bar-Shalom, A. Segall, A. J. Tether

Bar-Ilan University - The Alexander Kofkin Faculty of Engineering

Research output: Contribution to conference › Paper › peer-review

Abstract

A statistical decision theory approach is described to develop tractable handbook procedures for determining possible violations of federal standards of atmospheric contaminants in non-stationary industrial environments. The decisions as to whether the environment is safe (compliance) or unsafe (noncompliance) are made with the constraint that a probability of an incorrect decision is below a specified error level. Illustrative examples are presented, and it is shown that the resulting decision rules can be implemented with nomograph charts which are amenable to a simple handbook procedure.

Original language	English
State	Published - 1974
Event	Southeast Symp on Syst Theory, 6th Annu, Proc - Baton Rouge, LA, USA Duration: 21 Feb 1974 → 22 Feb 1974

Conference

Conference	Southeast Symp on Syst Theory, 6th Annu, Proc
City	Baton Rouge, LA, USA
Period	21/02/74 → 22/02/74

Cite this

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title = "STATISTICAL METHODS FOR EVALUATION OF SAFETY AND HEALTH STANDARDS IN WORKING ENVIRONMENTS.",

abstract = "A statistical decision theory approach is described to develop tractable handbook procedures for determining possible violations of federal standards of atmospheric contaminants in non-stationary industrial environments. The decisions as to whether the environment is safe (compliance) or unsafe (noncompliance) are made with the constraint that a probability of an incorrect decision is below a specified error level. Illustrative examples are presented, and it is shown that the resulting decision rules can be implemented with nomograph charts which are amenable to a simple handbook procedure.",

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year = "1974",

language = "אנגלית",

note = "Southeast Symp on Syst Theory, 6th Annu, Proc ; Conference date: 21-02-1974 Through 22-02-1974",

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AU - Schainker, R. B.

AU - Bar-Shalom, Y.

AU - Segall, A.

AU - Tether, A. J.

PY - 1974

Y1 - 1974

N2 - A statistical decision theory approach is described to develop tractable handbook procedures for determining possible violations of federal standards of atmospheric contaminants in non-stationary industrial environments. The decisions as to whether the environment is safe (compliance) or unsafe (noncompliance) are made with the constraint that a probability of an incorrect decision is below a specified error level. Illustrative examples are presented, and it is shown that the resulting decision rules can be implemented with nomograph charts which are amenable to a simple handbook procedure.

AB - A statistical decision theory approach is described to develop tractable handbook procedures for determining possible violations of federal standards of atmospheric contaminants in non-stationary industrial environments. The decisions as to whether the environment is safe (compliance) or unsafe (noncompliance) are made with the constraint that a probability of an incorrect decision is below a specified error level. Illustrative examples are presented, and it is shown that the resulting decision rules can be implemented with nomograph charts which are amenable to a simple handbook procedure.

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AN - SCOPUS:85069369957

T2 - Southeast Symp on Syst Theory, 6th Annu, Proc

Y2 - 21 February 1974 through 22 February 1974

ER -

STATISTICAL METHODS FOR EVALUATION OF SAFETY AND HEALTH STANDARDS IN WORKING ENVIRONMENTS.

Abstract

Conference

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